The 3-D printed brain is getting ready to go on sale, with its first commercial version set to hit shelves in the next few months.

The device, which is designed to mimic the way that neurons in the brain work, will be printed from carbon nanotubes.

The material is currently used in computers to make sensors and other devices.

The brain’s architecture was first discovered in the 1970s, and its neural network is now one of the most fundamental structures of the brain.

In the past, the 3D printed version of the human brain was made by creating layers of polystyrene and placing them into a tube of molten plastic.

But this is the first time the brain’s structure has been printed using the latest printing technique.

This is important because it means that a computer can now be built from these tiny components, which are a lot smaller than those found in a human brain.

The research team behind the device have made a number of improvements since their original design in 2014.

For example, the brain is now able to generate more neurons.

“When we first started our work on this brain, we were thinking about how it could replicate the architecture of the neurons in a mammal,” explains John Taylor, a neuroscientist at the University of Bristol in the UK.

“However, with the advent of 3D printing, we now have a way to do this in a much more efficient way.”

This allows for much higher fidelity in the design of the neural network and, by extension, the body.

It also means that the brain can be made more complex, with each layer of the network being smaller and having a more complex network of neurons.

The team behind this latest development say they will be able to print the whole brain from scratch, meaning it will be easier to make it a more intelligent system than the previous model.

This means that it could potentially make us smarter, rather than more dumb.

The researchers have also made it possible to print a whole brain with one or two layers.

That means that, unlike the previous approach, the entire brain can now fit inside a tube that’s 3cm (0.5in) in diameter.

That would mean it could fit in a person’s skull, for example.

“It’s much easier to print and print much larger than it used to be,” says Taylor.

“The downside is that this would also mean you have to print all the way down the spine of the skull, which would be difficult to do.”

The new printer will have a 3D printer, a computer, and a battery pack that stores power for up to six months.

These features could make it cheaper to make the system, as well as faster.

However, Taylor says that the biggest challenge for the 3-d printed brain will be its ability to generate neurons in an organism that is a lot bigger than the human body.

“To create neurons in such a large scale is a challenge that’s been around for decades,” he says.

“But now the technology is so advanced, it’s possible to do it at a much lower cost.”

The researchers behind the new 3D brain say that the machine is still in its early stages of development and they are still working out how to make sure it is safe.

“There are a few issues that we’re trying to work out right now,” says study co-author Dr Tia-Ching Wang, an associate professor of electrical and computer engineering at the Massachusetts Institute of Technology.

“One of those is how much of the system is printed in order to produce all the neurons.

The research was published in Nature Communications.”

We’re also looking at how we can use the brain in other applications, so we could do things like give people the ability to control a robot.”

The research was published in Nature Communications.